Products

NINOL® 11-CM is a modified coconut dea amide providing high detergency and moderate foam with excellent wetting, thickening, and lubricity properties. The applications for this nonionic surfactant paste include hard surface cleaners, degreasers, waterless hand cleaners, and chain lubricants. The product is kosher-certified.

NINOL® COMF-N is available in a flaked form of coconut MEA amide, providing properties such as foam boosting, stabilization, and viscosity enhancement. This nonionic surfactant holds value in personal care applications such as shampoos, personal cleansers, liquid dish detergents, and laundry detergents.

NINOL® 40-CO is a cochin oil-based dea amide generated through a type 1:1 reaction between the ester of a fatty acid and diethanolamine. It contributes to viscosity building, foam boosting, and stabilization. Its uses encompass shampoos, bubble baths, light-duty liquids, cutting fluids, drawing compounds, and metalworking cleaners.

NINOL® M10 is a prilled nonionic surfactant, specifically a coconut mipa amide. This surfactant contributes to viscosity building, foam boosting, and foam stabilization. It maintains stability across neutral, alkaline, and acidic systems. Its common uses include shampoos, bath products, and liquid hand soaps.

NINOL® CAA stands for a naturally derived esthetic enhancer and fragrance solubilizer. Its large hansen solubility sphere enables the solubilization of fragrances and other organic materials at room temperature. Despite its capacity for dissolving, it maintains viscosity and foaming performance. As a dea-free nonionic surfactant, it offers viscosity-building performance and foam stabilization similar to traditional amides and betaines, presenting an effective solution that meets both performance and esthetic needs.

NINOL® 30-LL is a high-active lauramide produced through a 1:1 reaction between the ester of lauric acid and diethanolamine. It functions as a lauryl dea amide, providing foam and viscosity building in various formulations, including shampoos, bubble baths, bath products, and detergents. Its liquid form at room temperature contributes to its ease of use.

NINOL® 96-SL is a lauryl methyl ester-based dea amide providing excellent foaming and viscosity building. This solid nonionic surfactant is used in shampoos, bath products, detergents, and light-duty liquids. The product is bio-based, naturally derived, plant-derived, preservative-free, and sulfate-free. It is kosher certified.

NINOL® 49-CE is a whole coco methyl ester-based dea amide providing viscosity and foam-boosting properties. This liquid nonionic surfactant is used in shampoos, bath products, hand soaps, and light-duty liquids. It is bio-based, kosher certified, naturally derived, plant-derived, preservative-free, and sulfate-free.

NINOL® 1301 is a peg-6 coconut dea amide, offering high detergency, viscosity control, and corrosion inhibition. NINOL® 1301 versatile nature makes it useful in various applications, including hard surface cleaners, wax strippers, degreasers, textile processing, cutting fluids, and drawing compounds.

NINOL® 40CO-E is a cochin oil-based dea amide providing viscosity building with foam boosting and stabilization. This liquid nonionic surfactant is used in shampoos, bubble baths, light-duty liquids, cutting fluids, drawing compounds, and metalworking cleaners. The product is bio-based, kosher-certified, naturally derived, plant-derived, and sulfate-free.

NINOL® CMP is a prilled nonionic surfactant based on coconut mea amide, providing foam-boosting, stabilization, and viscosity-building properties. Its applications span personal care products like shampoos, bath products, and liquid dish soaps, as well as laundry detergents, metalworking fluids, cutting fluids, and drawing compounds.

NINOL® C-5 is a liquid nonionic surfactant categorized as a peg-6 coconut dea amide with properties that enhance foam and viscosity. It plays a role in personal care products like shampoos and bath products and extends its utility to industrial applications, including composite processing.